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Give an algorithm (described informally) that takes as input an NPDA A and determines whether the language of A is nonempty.
You should argue for the correctness of your algorithm, but you do not need to give a full formal proof of correctness.
Their priorities are 2, 3, 1, 5 and 4, respectively, with 1 being the highest priority. Specify the order in which processes execute and determine the mean process turnaround time for each of the scheduling algorithms.
How would you modify your algorithm to always select the president of the company (regardless of his fun rating or the consequences on the overall amount of fun we can achieve)?
Write working algorithm in pseudo code to decide which commute is cheaper: You wish to decide whether you must drive your car to work or take train. You know one-way distance
Design an algorithm to solve the Spectral Assembly problem under the above conditions. Does the problem have a unique solution?
Write algorithm to settle following question: A bank account starts out with $10,000. Interest is compounded monthly at 6 percent per year (0.5 percent per month).
Evaluate a short algebraic expression using code with three-operand instructions. The expression should have a minimum of three operands and 2 operators.
Rreached from every other vertex. Describe why your algorithm runs in linear time (O(V2) on an adjacency matrix; O(E+V) on an adjacency list).
Suppose that all element values are equal. What would be randomized quick sort's running time in this case? Each element of A[p .. q-1] is less than A[q], and each element of A[t+1 .. r] is greater than A[q]
Consider T be augmented red-black tree, where each node x has attribute x.size, which is number of internal nodes in subtree rooted at x. Given such augmented red-black tree T.
Explain a sorting algorithm which is optimal with respect to this cost model and uses O(n) space. That is, time used by algorithm should exactly match lower bound
Then sort arrays so that records are in descending order by purchase amount for month. Output lists the names of the top five customers.
Create a list of major steps to follow to get input, process, and output desired information (software requirements). Refine the list to include individual refined steps (algorithm).
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